Ester Oras

The "biomolecular humanities"?: New challenges and perspectives

Oras, Ester; De Groot, Jerome; Björksten, Ulrika

Ingår i iScience, 2025

• DOI för The "biomolecular humanities"?: New challenges and perspectives

Influence of mineral composition and firing temperature on the micro- and mesoporosity of replicate archaeological ceramics

Cayme, Jan Michael C.; Palm, Rasmus; Somelar, Peeter; Vahur, Signe et al.

Ingår i Clays and clay minerals, 2024

• DOI för Influence of mineral composition and firing temperature on the micro- and mesoporosity of replicate archaeological ceramics

Multi-proxy analysis of starchy plant consumption: a case study of pottery food crusts from a Late Iron Age settlement at Pada, northeast Estonia

Chen, Shidong; Johanson, Kristiina; Matthews, John Alphonsus; Sammler, Sandra et al.

Ingår i Vegetation History and Archaeobotany, s. 407-423, 2024

• DOI för Multi-proxy analysis of starchy plant consumption: a case study of pottery food crusts from a Late Iron Age settlement at Pada, northeast Estonia

Dietary Practices of the Gauja Livs: Lipid Residue Analyses of the Turaida Hillfort and Pūteļi Cemetery Pottery Material

Gunnarssone, Alise; Oras, Ester; Lucquin, Alexandre

Ingår i Interdisciplinaria Archaeologica, s. 63-75, 2024

• DOI för Dietary Practices of the Gauja Livs: Lipid Residue Analyses of the Turaida Hillfort and Pūteļi Cemetery Pottery Material

Horsemeat consumption in Late Bronze Age Estonia: a case study from the Iru fortified settlement

Rannamäe, Eve; Lang, Valter; Johanson, Kristiina; Sammler, Sandra et al.

Ingår i Estonian Journal of Archaeology, s. 67-92, 2024

• DOI för Horsemeat consumption in Late Bronze Age Estonia: a case study from the Iru fortified settlement
• Ladda ner fulltext (pdf) av Horsemeat consumption in Late Bronze Age Estonia: a case study from the Iru fortified settlement

The "biomolecular humanities"?: New challenges and perspectives

Oras, Ester; De Groot, Jerome; Björksten, Ulrika

Ingår i iScience, 2025

• DOI för The "biomolecular humanities"?: New challenges and perspectives

Influence of mineral composition and firing temperature on the micro- and mesoporosity of replicate archaeological ceramics

Cayme, Jan Michael C.; Palm, Rasmus; Somelar, Peeter; Vahur, Signe et al.

Ingår i Clays and clay minerals, 2024

• DOI för Influence of mineral composition and firing temperature on the micro- and mesoporosity of replicate archaeological ceramics

Multi-proxy analysis of starchy plant consumption: a case study of pottery food crusts from a Late Iron Age settlement at Pada, northeast Estonia

Chen, Shidong; Johanson, Kristiina; Matthews, John Alphonsus; Sammler, Sandra et al.

Ingår i Vegetation History and Archaeobotany, s. 407-423, 2024

• DOI för Multi-proxy analysis of starchy plant consumption: a case study of pottery food crusts from a Late Iron Age settlement at Pada, northeast Estonia

Dietary Practices of the Gauja Livs: Lipid Residue Analyses of the Turaida Hillfort and Pūteļi Cemetery Pottery Material

Gunnarssone, Alise; Oras, Ester; Lucquin, Alexandre

Ingår i Interdisciplinaria Archaeologica, s. 63-75, 2024

• DOI för Dietary Practices of the Gauja Livs: Lipid Residue Analyses of the Turaida Hillfort and Pūteļi Cemetery Pottery Material

Horsemeat consumption in Late Bronze Age Estonia: a case study from the Iru fortified settlement

Rannamäe, Eve; Lang, Valter; Johanson, Kristiina; Sammler, Sandra et al.

Ingår i Estonian Journal of Archaeology, s. 67-92, 2024

• DOI för Horsemeat consumption in Late Bronze Age Estonia: a case study from the Iru fortified settlement
• Ladda ner fulltext (pdf) av Horsemeat consumption in Late Bronze Age Estonia: a case study from the Iru fortified settlement

The impact of mineral composition on the yield and preservation of selected fatty acids in replicate archeological ceramics

Cayme, Jan Michael C.; Vahur, Signe; Teearu, Anu; Oras, Ester et al.

Ingår i Journal of Chemical Metrology, s. 95-113, 2024

• DOI för The impact of mineral composition on the yield and preservation of selected fatty acids in replicate archeological ceramics